国家/地区 中国（7） 印度（3）
IPC部 C（10）
IPC大类 C01（10） C25（10） B01（2）
IPC小类 C01B（10）
IPC C01B032/184（10）
发明人 SHARMA K（2） SINGH P K（2） TIWARI A K（2）
公开年 2020（10）
申请年 2020（6）  2019（3） 
专利权人 UNIV GLA MAT.（2）

Graphene aerogel working electrode material useful for electrocatalytic reduction of carbon dioxide comprises nano cuprous oxide powder supported on graphene aerogel, porous doped CNT graphene aerogel material.

CUI X, SUN H, JING T, PANG X, YU S

Preparing molybdenum disulfide/graphene composite material used for electrolysis of hydrogen, involves stirring molybdenum source material, inducer and graphene oxide, adding thiourea, hydrothermally reacting, washing and drying product.

LIN B, XIAO Y, LIN X, GAO B

Production of graphene oxide and reduced graphite oxide in electrochemical cell, involves passing preset voltage of direct current through cell to produce graphene and/or reduced graphite oxide which is collected into deionized water.

SINGH P K, SHARMA K, TIWARI A K

Making graphene oxide and reduced graphite oxide involves passing current through electrochemical cell comprising cathode i.e. high entropy alloy, anode i.e. graphite, rare earth magnet and electrolytic liquid, diluted with deionized water.

SINGH P K, SHARMA K, TIWARI A K

Preparation of graphene electrocatalyst with hierarchical pore channel three-dimensional structure used for electrolysis of water to prepare oxygen by mixing single layer graphene oxide dispersion liquid and hydrogen peroxide solution.

ZHANG Y, WU P, KANG Z, SI H, WU J

Preparation of nickel selenide-graphene composite material includes dispersing nickel dichloride hexahydrate and sodium citrate in deionized water, mixing nickel dichloride hexahydrate and sodium citrate with selenium solution and heating.

MO Z, LIU G, SHUAI C, NIU X, YANG X, WANG J, PEI H, GUO R, LIU N

Providing synthesis of graphene quantum dots, by depositing graphene oxide (GO) on glassy carbon electrode (GCE) by microtip, performing electrochemical oxidation of GO deposited on GCE in three-electrode system, and fixing potential.

KALITA H K, PALAPARTHY V S, BAGHINI M S, ASLAM M

Preparing ultra-thin graphene powder involves using graphite rod as working electrode, adding DC voltage to the electrolyte, electrolyzing for period of time, and then going through solid-liquid separation, ultrasonic dispersion, washing.

CHANG H, LI G, GUO H

Preparation of reduced graphene oxide for e.g. electrochemical applications, involves carrying out surface electrodeposition of dispersion of graphene oxide, methyl imidazolium tetrafluoroborate and solvent.

DONG H, DONG B, YU H, ZHANG T

Preparation of graphene carbon dot-based ink in e.g. three-dimensional printing, by concentrating graphene carbon dot dispersion from industrial carbon waste, and replacing liquid container with same volume as dispersion for concentration.

GAO C, HUANG H, PENG L, SHEN Y, YU D